This document contains Gabriel Nazareth's portfolio, which summarizes his education and experience in urban design and planning projects from 2010 to 2015. It includes summaries of his placement year projects from 2010 to 2012 focusing on proposed developments. It also lists his Masters in Urban Design from 2014 to 2015 which included studio projects focusing on urban extensions, public realm design, and neighborhood redevelopment. Diagrams and illustrations from one of his Masters projects titled "Water Sensitive Urban Design" are included, showing a masterplan and detailed designs for integrating water management into a suburban development.
Wolftrap Creek Restoration in Vienna’s Wildwood Park, October 2013Fairfax County
A stream restoration project was completed in Wildwood Park in Vienna, Virginia through a partnership between Fairfax County and the Town of Vienna. The degraded Wolftrap Creek was restored by reconfiguring the stream banks, removing unstable trees, and installing native plants. During construction, the stream began to take a more natural shape. The first rainstorms after completion showed that stream flows were directed away from banks to prevent erosion. A ribbon cutting ceremony celebrated the project's environmental benefits, including improved water quality and habitat for local wildlife.
Great Falls Nike Field Stormwater Enhancements 2012Fairfax County
This document summarizes a public information meeting about plans to install athletic field lighting, synthetic turf and related stormwater enhancements on rectangular field #4 at Great Falls Nike Park. The meeting covered an overview of the lighting and turf projects from the Park Authority and stormwater enhancement measures from DPWES. It discussed funding partnerships, benefits of synthetic turf like increased playability and durability. Stormwater plans include stone galleries, grassy swales, soil amendments and reforestation to maximize retention and infiltration. Standards for lighting control and levels were also reviewed.
Dead Run Segments 2/3 Stream Restoration Project Public MeetingFairfax County
This document summarizes a public meeting held on June 9, 2015 regarding a stream restoration project along Dead Run in Fairfax County, VA. The project involves restoring 800 linear feet of stream in McLean Central Park (Segment 2) and 1,500 linear feet extending to Churchill Road (Segment 3). Concerns were raised about tree loss and impacts to the park. Alternatives for reducing impacts were discussed, such as adjusting the channel size and alignments. A citizen task force was recommended to provide input on revising the design.
Crook Branch at Mantua Elementary School Stream Restoration ProjectFairfax County
The document discusses a planned stream restoration project along Crook Branch in Fairfax County, VA. It provides background on Fairfax County's stormwater management program and watershed planning efforts. It then discusses the Accotink Creek Watershed Management Plan and identifies Crook Branch as a priority restoration project. The document reviews the existing degraded conditions along Crook Branch and outlines the planned design process to reconnect the stream to its floodplain and stabilize eroding areas using natural channel design approaches and stream reinforcement structures.
Contractor Awareness Training Above Ground Facilities Part 2 2016Fairfax County
This document provides an overview of a stormwater maintenance awareness training presented by the Maintenance and Stormwater Management Division (MSMD) of the Fairfax County Department of Public Works and Environmental Services. The training covers the history of stormwater regulations and management, common stormwater best management practices (SWM/BMPs) such as infiltration trenches and permeable pavement, potential deficiencies in these facilities, and recommended remedies. The document includes pictures of properly functioning and deficient examples of various above-ground SWM/BMPs and discusses maintenance issues and solutions.
Contractor Awareness Training Vegetative Practices 2016Fairfax County
This document outlines an agenda and presentation materials for a stormwater maintenance training hosted by Fairfax County, Virginia. The training covers the history of stormwater regulations, types of stormwater management facilities like bioretention areas and vegetated swales, common maintenance issues for these facilities, and remedies for addressing issues. Pictures and diagrams are provided to illustrate proper functioning and potential deficiencies of facilities like clogged inlets, sediment accumulation, erosion, and overgrown vegetation. Contact information is also provided for additional stormwater management resources.
Dead Run Stream Restoration Project Segments 2/3 – Final Concept PlanFairfax County
This document summarizes a community meeting about a stream restoration project on Dead Run in Fairfax County, VA. The project involves restoring 750 linear feet of stream in McLean Central Park (Segment 2) and 1,460 linear feet in Dead Run Stream Valley Park (Segment 3). The meeting outlined existing poor stream conditions, the proposed restoration design which aims to reduce erosion and improve habitat and water quality, and next steps including finalizing the design and beginning construction. Community concerns about tree loss and flooding were also addressed.
Wolftrap Creek Restoration in Vienna’s Wildwood Park, October 2013Fairfax County
A stream restoration project was completed in Wildwood Park in Vienna, Virginia through a partnership between Fairfax County and the Town of Vienna. The degraded Wolftrap Creek was restored by reconfiguring the stream banks, removing unstable trees, and installing native plants. During construction, the stream began to take a more natural shape. The first rainstorms after completion showed that stream flows were directed away from banks to prevent erosion. A ribbon cutting ceremony celebrated the project's environmental benefits, including improved water quality and habitat for local wildlife.
Great Falls Nike Field Stormwater Enhancements 2012Fairfax County
This document summarizes a public information meeting about plans to install athletic field lighting, synthetic turf and related stormwater enhancements on rectangular field #4 at Great Falls Nike Park. The meeting covered an overview of the lighting and turf projects from the Park Authority and stormwater enhancement measures from DPWES. It discussed funding partnerships, benefits of synthetic turf like increased playability and durability. Stormwater plans include stone galleries, grassy swales, soil amendments and reforestation to maximize retention and infiltration. Standards for lighting control and levels were also reviewed.
Dead Run Segments 2/3 Stream Restoration Project Public MeetingFairfax County
This document summarizes a public meeting held on June 9, 2015 regarding a stream restoration project along Dead Run in Fairfax County, VA. The project involves restoring 800 linear feet of stream in McLean Central Park (Segment 2) and 1,500 linear feet extending to Churchill Road (Segment 3). Concerns were raised about tree loss and impacts to the park. Alternatives for reducing impacts were discussed, such as adjusting the channel size and alignments. A citizen task force was recommended to provide input on revising the design.
Crook Branch at Mantua Elementary School Stream Restoration ProjectFairfax County
The document discusses a planned stream restoration project along Crook Branch in Fairfax County, VA. It provides background on Fairfax County's stormwater management program and watershed planning efforts. It then discusses the Accotink Creek Watershed Management Plan and identifies Crook Branch as a priority restoration project. The document reviews the existing degraded conditions along Crook Branch and outlines the planned design process to reconnect the stream to its floodplain and stabilize eroding areas using natural channel design approaches and stream reinforcement structures.
Contractor Awareness Training Above Ground Facilities Part 2 2016Fairfax County
This document provides an overview of a stormwater maintenance awareness training presented by the Maintenance and Stormwater Management Division (MSMD) of the Fairfax County Department of Public Works and Environmental Services. The training covers the history of stormwater regulations and management, common stormwater best management practices (SWM/BMPs) such as infiltration trenches and permeable pavement, potential deficiencies in these facilities, and recommended remedies. The document includes pictures of properly functioning and deficient examples of various above-ground SWM/BMPs and discusses maintenance issues and solutions.
Contractor Awareness Training Vegetative Practices 2016Fairfax County
This document outlines an agenda and presentation materials for a stormwater maintenance training hosted by Fairfax County, Virginia. The training covers the history of stormwater regulations, types of stormwater management facilities like bioretention areas and vegetated swales, common maintenance issues for these facilities, and remedies for addressing issues. Pictures and diagrams are provided to illustrate proper functioning and potential deficiencies of facilities like clogged inlets, sediment accumulation, erosion, and overgrown vegetation. Contact information is also provided for additional stormwater management resources.
Dead Run Stream Restoration Project Segments 2/3 – Final Concept PlanFairfax County
This document summarizes a community meeting about a stream restoration project on Dead Run in Fairfax County, VA. The project involves restoring 750 linear feet of stream in McLean Central Park (Segment 2) and 1,460 linear feet in Dead Run Stream Valley Park (Segment 3). The meeting outlined existing poor stream conditions, the proposed restoration design which aims to reduce erosion and improve habitat and water quality, and next steps including finalizing the design and beginning construction. Community concerns about tree loss and flooding were also addressed.
This document provides details about the Autumnwood Park Pond Retrofit Project in Hunter Mill District. The purpose of the project was to retrofit an existing stormwater management pond to provide improved water quality and storage capacity. Key aspects of the retrofit included excavating areas for a forebay, wetlands, and seven cascade steps connected by three new micropools. Native plantings and trees were installed to restore the disturbed areas. The retrofit is projected to remove 7.7 pounds/year of phosphorus, 63.4 pounds/year of nitrogen, and 2,720 pounds/year of total suspended solids from surrounding runoff.
The document describes the Sequoia Park Pond (0705DP) Retrofit Project in Fairfax County, VA, which retrofitted an existing stormwater pond to provide improved water quality benefits through the construction of micro-pools, rock weirs, and other features; it provides details on the project overview, team members, and pre-existing and new conditions of the pond and surrounding area; additional information can be found by contacting the Fairfax County Department of Public Works and Environmental Services.
Dead Run Stream Restoration Public Meeting May 19, 2015Fairfax County
This document summarizes a public meeting for a stream restoration project on Dead Run in Fairfax County, VA. It discusses the project scope and status, concept plans to widen and stabilize the stream channel, address flooding concerns, efforts to preserve trees, and next steps. Alternative access options were presented to minimize tree removal, and buffer restoration efforts along the stream were discussed to improve habitat and water quality. Feedback from residents was addressed, and the project aims to have minimal impact on the floodplain.
Stormwater Management Using State Revolving FundsOHM Advisors
http://www.ohm-advisors.com. A look at stormwater management projects, including stormwater best management practices (BMPs) funded using State Revolving Fund program. Michigan's State Revolving Fund (SRF) is a funding source dedicated to improving water quality. SRF was created under the Federal Clean Water Act. Section 319 authorizes SRF loans to implement non-point source pollution projects.
This project had three objectives: 1) Reduce downstream flood flows, 2) Maximize use of low-lying lands for flood water storage, and 3) Maximize well field production. It achieved these objectives through constructing berms and ditches to redirect floodwater onto a wellfield for storage and aquifer recharge, improving wetland hydrology and reducing offsite flooding. Monitoring showed improved wetland hydroperiods, vegetative recovery in wetlands, and the project ended under budget.
Approximately 1,000 cubic yards of sediment was dredged from an existing pond and the stream channel was restored. Two detention ponds were retrofitted to improve water quality and establish a functioning biological system. Dredging services were donated by Wetland Studies and Solutions, Inc.
Franklin Park Chesterbrook Neighborhood Project HighlightsFairfax County
This project included 3,000 linear feet of stormwater improvements that promote infiltration, improve water quality, and safely convey stormwater through the neighborhood to a stream.
Draft TMDL Action Plans for Sediment, Bacteria, and PCBs Public MeetingFairfax County
This document summarizes a public meeting to discuss draft action plans for sediment, bacteria, and PCBs total maximum daily loads (TMDLs) in Fairfax County, Virginia. It provides an overview of the county's municipal separate storm sewer system permit requirements and TMDL development process. The draft action plans address approved TMDLs for sediment impairment in Bull Run, Difficult Run, and Popes Head Creek, and bacteria impairment in several waterbodies. The sediment plan focuses on retrofit and stream restoration projects to meet load reduction targets. The bacteria plan emphasizes identifying and eliminating illicit discharges through inspection and monitoring programs.
Contractor Awareness Training Below Ground Facilities 2016Fairfax County
This document provides an overview of a stormwater maintenance awareness training held by the Department of Public Works and Environmental Services in Fairfax County, VA. The training covered the history of stormwater regulations, types of stormwater management facilities like underground detention, sand filters, and manufactured BMPs. It discussed common maintenance issues for these facilities like debris and sediment accumulation, damage to components, and remedial actions required. The document included pictures of different facility components and deficiencies to illustrate key points.
Tucker Avenue Neighborhood Stormwater Improvement Preliminary Design ReviewFairfax County
Identify and evaluate house flooding and public safety concerns
Improve drainage conditions to convey 100-year storm if feasible
Reduce and treat stormwater runoff at the source
Improve water quality and stream protection
Use innovative & functional designs
Make improvements compatible with characteristics of neighborhood
Partner with community to develop sound, cost effective solutions that can be collaboratively implemented and maintained
Build on lessons learned to help improve site development process for infill development
Mason Neck West Park Pond Retrofit July 2015Fairfax County
The Mason Neck West Park Pond Retrofit project was substantially completed in May 2015. The project retrofitted an existing stormwater pond to increase its capacity and improve water quality by extending inflow paths, installing forebays, constructing wetlands, and planting native species. The retrofitted pond is expected to reduce nitrogen, phosphorus, and sediment runoff into nearby waterways each year.
This document discusses vegetation monitoring for stormwater restoration projects in Fairfax County, Virginia. It notes that current monitoring focuses on survival rates of planted woody species and levels of invasive/non-native herbaceous species, but that these metrics may not be predictive of ecosystem function. The document explores using statistical analysis of monitoring data to develop a qualitative index of project success. It recommends measuring additional aspects of ecosystem function, such as biomass, survivorship/colonization rates, soil characteristics, and floristic/plant quality to better understand how to design successful restorations. The overall goal is to protect investments, promote ecosystem development, and create fully functional replacement systems.
Dead Run Stream Restoration Project Meeting: Feb. 18, 2015Fairfax County
This document summarizes a public meeting to discuss a stream restoration project along Dead Run in Fairfax County, Virginia. The meeting outlined Fairfax County's watershed planning efforts, introduced the Dead Run Stream Restoration Project objectives to improve water quality and reduce pollution, and presented the proposed design which uses natural channel design principles to restore three segments of the stream in a way that minimizes tree removal and disturbance. Next steps include finalizing the preliminary design, another public meeting, final design, construction anticipated in 2017-2018, and ongoing maintenance after completion.
Dead Run Stream Restoration Stream Team Kick Off August 18, 2015Fairfax County
The document discusses a proposed stream restoration project along two segments of Dead Run in Fairfax County, VA, outlining the project limits, benefits of improving water quality and habitat, and providing an overview of the existing conditions and alternative approaches being considered to refine the restoration design while minimizing tree loss and impacts to properties. It also reviews regulatory drivers and estimated improvements to water quality and flood reduction from the project.
Huntington Levee Community Meeting: Oct. 26. 2016Fairfax County
The document outlines plans for the Huntington Levee Project which aims to protect homes from flooding through the construction of an earthen levee and pump station, and discusses the project background, design features, construction process, community amenities, flood modeling results, permitting, schedule, environmental considerations, and community outreach efforts. Construction is scheduled to begin in early 2017 and be completed by spring 2019. The project team is committed to ongoing communication and addressing community concerns throughout construction.
Dead Run Stream Restoration Existing Conditions August 18, 2015Fairfax County
This document is from the Stormwater Planning Division of Fairfax County, VA's Department of Public Works and Environmental Services. It provides existing conditions information for Segments 2 and 3 of the Dead Run Stream Restoration Project, including photos and descriptions of the current state of the stream segments. The document was presented at a task force kick-off meeting on August 18, 2015 to review baseline data for the project.
February 11, 2014 public meeting presentation for three proposed stormwater facility management projects off of Cabin Branch of Great Seneca Creek. (powerpoint file)
Stormwater Management Information Sharing with Shandong Province, ChinaFairfax County
This document summarizes a presentation given by Fairfax County, Virginia on their stormwater management program. It provides an overview of Fairfax County, the regulatory drivers for their program, their inventory of stormwater management facilities including infiltration practices and rainwater harvesting, examples of specific projects including one at a local high school, and information on maintenance requirements. The purpose is to share information with officials from Shandong Province, China on Fairfax County's approach to stormwater management.
Strategies and Guidelines for Waterfront DevelopmentsHazreena Hussein
This document outlines strategies and guidelines for waterfront developments. It discusses the background of urban waterfront redevelopments in the 1980s. The research objectives are to produce general strategies and design guidelines for waterfront areas. Some strategic guidelines include ensuring accessibility to the waterfront, maintaining a consistent physical form, enhancing the river as a historical element, and providing recreational river spaces. The document also lists various general urban design guidelines related to topics like site planning, infrastructure, preservation, and development management.
This document provides details about the Autumnwood Park Pond Retrofit Project in Hunter Mill District. The purpose of the project was to retrofit an existing stormwater management pond to provide improved water quality and storage capacity. Key aspects of the retrofit included excavating areas for a forebay, wetlands, and seven cascade steps connected by three new micropools. Native plantings and trees were installed to restore the disturbed areas. The retrofit is projected to remove 7.7 pounds/year of phosphorus, 63.4 pounds/year of nitrogen, and 2,720 pounds/year of total suspended solids from surrounding runoff.
The document describes the Sequoia Park Pond (0705DP) Retrofit Project in Fairfax County, VA, which retrofitted an existing stormwater pond to provide improved water quality benefits through the construction of micro-pools, rock weirs, and other features; it provides details on the project overview, team members, and pre-existing and new conditions of the pond and surrounding area; additional information can be found by contacting the Fairfax County Department of Public Works and Environmental Services.
Dead Run Stream Restoration Public Meeting May 19, 2015Fairfax County
This document summarizes a public meeting for a stream restoration project on Dead Run in Fairfax County, VA. It discusses the project scope and status, concept plans to widen and stabilize the stream channel, address flooding concerns, efforts to preserve trees, and next steps. Alternative access options were presented to minimize tree removal, and buffer restoration efforts along the stream were discussed to improve habitat and water quality. Feedback from residents was addressed, and the project aims to have minimal impact on the floodplain.
Stormwater Management Using State Revolving FundsOHM Advisors
http://www.ohm-advisors.com. A look at stormwater management projects, including stormwater best management practices (BMPs) funded using State Revolving Fund program. Michigan's State Revolving Fund (SRF) is a funding source dedicated to improving water quality. SRF was created under the Federal Clean Water Act. Section 319 authorizes SRF loans to implement non-point source pollution projects.
This project had three objectives: 1) Reduce downstream flood flows, 2) Maximize use of low-lying lands for flood water storage, and 3) Maximize well field production. It achieved these objectives through constructing berms and ditches to redirect floodwater onto a wellfield for storage and aquifer recharge, improving wetland hydrology and reducing offsite flooding. Monitoring showed improved wetland hydroperiods, vegetative recovery in wetlands, and the project ended under budget.
Approximately 1,000 cubic yards of sediment was dredged from an existing pond and the stream channel was restored. Two detention ponds were retrofitted to improve water quality and establish a functioning biological system. Dredging services were donated by Wetland Studies and Solutions, Inc.
Franklin Park Chesterbrook Neighborhood Project HighlightsFairfax County
This project included 3,000 linear feet of stormwater improvements that promote infiltration, improve water quality, and safely convey stormwater through the neighborhood to a stream.
Draft TMDL Action Plans for Sediment, Bacteria, and PCBs Public MeetingFairfax County
This document summarizes a public meeting to discuss draft action plans for sediment, bacteria, and PCBs total maximum daily loads (TMDLs) in Fairfax County, Virginia. It provides an overview of the county's municipal separate storm sewer system permit requirements and TMDL development process. The draft action plans address approved TMDLs for sediment impairment in Bull Run, Difficult Run, and Popes Head Creek, and bacteria impairment in several waterbodies. The sediment plan focuses on retrofit and stream restoration projects to meet load reduction targets. The bacteria plan emphasizes identifying and eliminating illicit discharges through inspection and monitoring programs.
Contractor Awareness Training Below Ground Facilities 2016Fairfax County
This document provides an overview of a stormwater maintenance awareness training held by the Department of Public Works and Environmental Services in Fairfax County, VA. The training covered the history of stormwater regulations, types of stormwater management facilities like underground detention, sand filters, and manufactured BMPs. It discussed common maintenance issues for these facilities like debris and sediment accumulation, damage to components, and remedial actions required. The document included pictures of different facility components and deficiencies to illustrate key points.
Tucker Avenue Neighborhood Stormwater Improvement Preliminary Design ReviewFairfax County
Identify and evaluate house flooding and public safety concerns
Improve drainage conditions to convey 100-year storm if feasible
Reduce and treat stormwater runoff at the source
Improve water quality and stream protection
Use innovative & functional designs
Make improvements compatible with characteristics of neighborhood
Partner with community to develop sound, cost effective solutions that can be collaboratively implemented and maintained
Build on lessons learned to help improve site development process for infill development
Mason Neck West Park Pond Retrofit July 2015Fairfax County
The Mason Neck West Park Pond Retrofit project was substantially completed in May 2015. The project retrofitted an existing stormwater pond to increase its capacity and improve water quality by extending inflow paths, installing forebays, constructing wetlands, and planting native species. The retrofitted pond is expected to reduce nitrogen, phosphorus, and sediment runoff into nearby waterways each year.
This document discusses vegetation monitoring for stormwater restoration projects in Fairfax County, Virginia. It notes that current monitoring focuses on survival rates of planted woody species and levels of invasive/non-native herbaceous species, but that these metrics may not be predictive of ecosystem function. The document explores using statistical analysis of monitoring data to develop a qualitative index of project success. It recommends measuring additional aspects of ecosystem function, such as biomass, survivorship/colonization rates, soil characteristics, and floristic/plant quality to better understand how to design successful restorations. The overall goal is to protect investments, promote ecosystem development, and create fully functional replacement systems.
Dead Run Stream Restoration Project Meeting: Feb. 18, 2015Fairfax County
This document summarizes a public meeting to discuss a stream restoration project along Dead Run in Fairfax County, Virginia. The meeting outlined Fairfax County's watershed planning efforts, introduced the Dead Run Stream Restoration Project objectives to improve water quality and reduce pollution, and presented the proposed design which uses natural channel design principles to restore three segments of the stream in a way that minimizes tree removal and disturbance. Next steps include finalizing the preliminary design, another public meeting, final design, construction anticipated in 2017-2018, and ongoing maintenance after completion.
Dead Run Stream Restoration Stream Team Kick Off August 18, 2015Fairfax County
The document discusses a proposed stream restoration project along two segments of Dead Run in Fairfax County, VA, outlining the project limits, benefits of improving water quality and habitat, and providing an overview of the existing conditions and alternative approaches being considered to refine the restoration design while minimizing tree loss and impacts to properties. It also reviews regulatory drivers and estimated improvements to water quality and flood reduction from the project.
Huntington Levee Community Meeting: Oct. 26. 2016Fairfax County
The document outlines plans for the Huntington Levee Project which aims to protect homes from flooding through the construction of an earthen levee and pump station, and discusses the project background, design features, construction process, community amenities, flood modeling results, permitting, schedule, environmental considerations, and community outreach efforts. Construction is scheduled to begin in early 2017 and be completed by spring 2019. The project team is committed to ongoing communication and addressing community concerns throughout construction.
Dead Run Stream Restoration Existing Conditions August 18, 2015Fairfax County
This document is from the Stormwater Planning Division of Fairfax County, VA's Department of Public Works and Environmental Services. It provides existing conditions information for Segments 2 and 3 of the Dead Run Stream Restoration Project, including photos and descriptions of the current state of the stream segments. The document was presented at a task force kick-off meeting on August 18, 2015 to review baseline data for the project.
February 11, 2014 public meeting presentation for three proposed stormwater facility management projects off of Cabin Branch of Great Seneca Creek. (powerpoint file)
Stormwater Management Information Sharing with Shandong Province, ChinaFairfax County
This document summarizes a presentation given by Fairfax County, Virginia on their stormwater management program. It provides an overview of Fairfax County, the regulatory drivers for their program, their inventory of stormwater management facilities including infiltration practices and rainwater harvesting, examples of specific projects including one at a local high school, and information on maintenance requirements. The purpose is to share information with officials from Shandong Province, China on Fairfax County's approach to stormwater management.
Strategies and Guidelines for Waterfront DevelopmentsHazreena Hussein
This document outlines strategies and guidelines for waterfront developments. It discusses the background of urban waterfront redevelopments in the 1980s. The research objectives are to produce general strategies and design guidelines for waterfront areas. Some strategic guidelines include ensuring accessibility to the waterfront, maintaining a consistent physical form, enhancing the river as a historical element, and providing recreational river spaces. The document also lists various general urban design guidelines related to topics like site planning, infrastructure, preservation, and development management.
This document provides a summary of Stephen McLaren's qualifications and experience. He has over 30 years of experience in fabrication, welding, and construction, including roles in shipbuilding and the oil industry. Currently, he works as the QHSE Manager for Mitie Tilley Roofing, where he is responsible for health and safety in the North of England and Scotland. He has a degree in Occupational Health and Safety and is a graduate member of IOSH working toward chartered status. In his spare time, he volunteers as the director of a local football club.
Suparna Dey is seeking a role that utilizes her 8 years of experience in marketing and communications. She has held roles of increasing responsibility at AIRWIL GROUP, MMR Group, and Media India Group. Her experience includes planning and executing marketing campaigns through various online and offline channels, media planning and budgeting, vendor management, and social media marketing. She holds an MBA in International Business and Marketing and has experience in various projects related to branding, retailing, and sensory marketing.
The document summarizes an exhibition on David Bowie organized by the V&A Museum in London. It features over 300 objects from Bowie's career spanning 5 decades, including costumes, lyrics, album artwork, and rare performances. The exhibition focuses on Bowie's collaborations with designers in fashion, sound, graphics, theater and film. It aims to showcase Bowie's pioneering influence across art, design, music and popular culture.
Rosco Livanos has over 15 years of experience in procurement and supply chain management. He currently holds the position of Group Procurement Manager at Nautic Africa, where he oversees procurement for the company and manages a team of 6 buyers.
Based on cognitive assessments, Livanos demonstrates average abilities in verbal, numerical, abstract, spatial and mechanical reasoning. His personality profile indicates he is organized, dependable and cooperative. As a manager, he is likely to be action-oriented, analytical and sensitive to interpersonal relationships.
An evaluation of Livanos' supervisory competencies found he has strengths in planning, organization, follow up, delegation and customer service. Areas for potential development include further improving
Low impact development (LID) designs aim to reduce the environmental impact of urban planning by trapping stormwater runoff from impervious surfaces. Examples of LID designs in cities include improvements to parking lots in Seattle to trap runoff and urban planning in Idaho and Oregon. Other cities can learn from LID designs used in various US cities to address climate impacts through urban planning.
This document summarizes the Thomas Westcott Annual Charity Seminar held in 2016. The seminar covered topics related to charity governance, regulations, and the conversion of existing charities to Charitable Incorporated Organizations (CIOs). It provided information on charity structures, the regulatory framework for charities, and the process and benefits of converting an existing charity into a CIO. The seminar was intended to help participants understand recent changes to charity law and best practices for charity management and compliance.
This document provides an analysis of open space in the Blossom Park precinct of the City of Whittlesea. It finds there is excellent provision of open space, totaling 159.66 hectares or 43% of the precinct area. The available open space per person is 255 square meters. While overall provision is adequate, some gaps in accessibility were identified and the document recommends minor upgrades to several parks to improve paths, facilities, and landscaping. It also recommends a major upgrade of Kellynack Recreation Reserve to include more unstructured recreation areas and informal facilities.
An Interdisciplinary team from the AIA and New England Municipal Sustainability Network worked with the community of Bath, Maine to produce a strategy for the downtown and waterfront to address sea level rise and future development
Paul Roebuck, one of our London based ecologists, takes you through some basics on green infrastructure in the UK and highlights some really interesting projects we have worked on and exciting future developments.
The slides cover legislation, mitigation, habitat creation, ecology impact assessments and green roofs and walls.
The document proposes developing an ecological green and dense environment corridor from the airport to Deendayal Upadhyay Chowk in Naya Raipur, Chhattisgarh. The objectives include improving climate, enhancing quality of life, reducing pollution, and promoting conservation. Case studies from Bengaluru, Hyderabad, and China airports are examined. A comprehensive landscape master plan is outlined that includes plantation design, irrigation systems, and annual maintenance to create a sustainable corridor. The estimated project cost is over 18 crore Indian rupees.
Urban Water Quality Issues - Green Design & Developmentnacaa
The document discusses green design and development which aims to minimize environmental impacts through practices like reducing impervious surfaces, preserving open spaces, and using low impact development (LID) approaches to better manage stormwater runoff. It provides examples of specific LID techniques like bioretention cells, permeable pavements, vegetated swales, and green roofs that can be integrated into site planning and building design. The goals are to protect water resources by maintaining natural hydrologic functions and reducing flooding, pollution, and development costs.
The document discusses low impact development (LID) as a more sustainable approach to land development and stormwater management that aims to mimic natural hydrology. It outlines various LID techniques like narrower streets, bioretention areas, permeable paving, green roofs, and rain barrels that can reduce runoff and treat pollutants on-site in a decentralized manner. Implementing LID provides environmental, community, and local government benefits like protecting water resources, reducing infrastructure costs, and preserving open spaces.
Environmental Site Design (ESD) PresentationTheodore Scott
The document discusses Maryland's Environmental Site Design (ESD) philosophy and guidelines for stormwater management. The key aspects of ESD include replicating pre-development hydrology using small-scale practices and non-structural techniques. ESD emphasizes site planning techniques, minimizing impervious surfaces, and infiltration to the maximum extent practicable before using structural controls. The document outlines Maryland's regulations and design manual updates to incorporate ESD principles and the move away from conventional end-of-pipe approaches.
This document contains a portfolio of work by Kaitlyn Fulton including landscape architecture projects, technical drawings, photographs, and site analysis maps. Some of the landscape architecture projects featured include redesign plans for Edinburgh Plaza parking lot and conceptual designs for the Guelph Innovation District. The portfolio also displays AutoCAD technical drawings, photographs in different genres like wildlife and landscapes, and hand drawings of architectural elements.
This document appears to be Erin Ogilvie's landscape architecture portfolio, containing summaries of various projects they have worked on. It includes 12 project summaries ranging from 1-4 pages each. The projects cover a diverse range of landscape architecture work, including garden design, strategic planning, engineering, management planning, assessment, and documentation. For each project, key details are provided such as the location, client brief, design approach, and graphics/drawings where relevant. The portfolio demonstrates Erin's breadth of experience across different project types and scales within the field of landscape architecture.
This document appears to be Erin Ogilvie's landscape architecture portfolio, containing summaries of 12 projects they have worked on. The projects cover a wide range of landscape design areas including urban design, park design, garden design, sustainability planning, and more. For each project, a 1 paragraph summary is provided outlining the location, key issues addressed, design approach and outcomes. Diagrams, maps, renderings and plans are also included for some projects. The portfolio demonstrates Erin's range of experience and skills in landscape architecture.
Maryland Environmental Site Design PresentationTheodore Scott
Overview presentation by Theodore E. Scott, PE, CPESC, LEED AP on recent changes to the Maryland Stormwater Management Design Manual that requires the use of Environmental Site Design (ESD).
The document discusses sustainable site development and low impact development techniques. It provides an overview of low impact development specifics including maintaining natural hydrology, selecting appropriate green building certification credits, and using techniques like bioretention areas, vegetated swales, permeable paving, and rainwater harvesting. The summary also mentions how these techniques can help projects earn certain LEED credits for stormwater management and reducing heat island effect.
Portland, Oregon is known as a green city due to its sustainable transportation system and strategies to harvest rainwater. Some of its rainwater harvesting methods include rainwater tank systems, eco-roofs, and green streets. Portland also has one of the lowest carbon transportation networks in the United States, which includes improving pedestrian and bicycle infrastructure, expanding the streetcar system, and maintaining bridges and pavement.
Group 5 sustainable stormwater management(building services1)kohwenqi
This document provides information on sustainable stormwater management. It begins with an introduction on stormwater and the need for management. Examples of stormwater management techniques are then presented, including rain gardens, bioretention areas, vegetated swales, green roofs, and porous pavement. The installation processes for rain gardens and bioretention areas are described in multiple steps. Advantages and disadvantages of stormwater management are listed. The document concludes with references and appendices.
This document provides information on sustainable stormwater management. It begins with an introduction on stormwater and the need for management. Examples of stormwater management techniques are then presented, including rain gardens, bioretention areas, vegetated swales, green roofs, and porous pavement. The installation processes for rain gardens and bioretention areas are described in multiple steps. Advantages and disadvantages of stormwater management are listed. The document concludes with references and appendices.
Berwyn Depot District Streetscape IGI Grant ApplicationBerwyn Residents
Grant application made to Illinois Green Infrastructure Grant Program to partially fund Depot District streetscape improvements. Submitted December 2013. (Status Unknown)
This document outlines a research project called Blue-Green Cities that aims to develop and evaluate strategies for managing flood risk in urban areas using green and blue infrastructure. The project involves multiple work packages to study flood modeling, sediment and habitat impacts, retrofitting sustainable drainage systems, integrating flood risk management components, and evaluating the benefits of green and blue infrastructure in an urban case study in Newcastle, UK. The goal is to deliver and assess the multiple flood risk reduction and other environmental benefits provided by nature-based approaches to flood management in cities.
This document proposes reconnecting areas of Toronto by creating a new topography and landscape under the Gardiner Expressway and rail corridor. It would tie together disconnected neighborhoods by forming a continuous public green space running along the waterfront. Cross sections and diagrams show how the space could provide pedestrian and cycling paths, parks, and mixed-use developments while addressing issues of accessibility and views. Planting plans depict transforming the area into an urban forest containing over 5,000 species of trees and plants in different ecological zones.
Roberto Clemente State Park Revitalization Plancwestory
Roberto Clemente State Park, located on the Harlem River in New York City, will be renovated under a proposed New York State Parks revitalization plan that will repair the park's bulkhead, esplanade, lower plaza and northern shoreline.
To improve waterfront access for the New York City rowing community, the plan proposes a new 9,900 square foot boathouse along with a 95' x 10' dock and ramp at the south end of the park.
New York State Parks is inviting the public to submit input on the proposal. Letters in support of the new boathouse should be sent by July 3, 2014 to: RobertoClemente.Plan@parks.ny.gov
Similar to Mr G Nazareth_Portfolio January 2016 (20)
1. Gabriel Nazareth
1 Clockwinders
High Street
Upper Dean
Cambridgeshire
Tel: +44 (0) 7813773503
Email: Gabesnazareth@aol.com
Woods Hardwick Placement Year
Urban Design and Planning (2010-2011)
Proposed Development, East of Wootton Fields - Northampton
(Main Street Route Visualisations) By Gabriel Nazareth, Dec 2010
Proposed Development, London Road - Buckingham
(Main Square Design & Illustrations) By Gabriel Nazareth, May 2011
Proposed Development, Land North of Fields Road - Wootton
(Site Sections) By Gabriel Nazareth, July 2011
BSc City and Regional Planning
Final Year Research Proposal (2012)
Development Brief for the Land at Aberbargoed Plateau, Caerphilly
By Gabriel Nazareth, July 2012
Portfo io
Urban Design Planning
MA Urban Design
Design Studio Projects (2014-2015)
Pontprennau Urban Extentsion, Cardiff (Research Based Design Project - Water Sensitive Urban Design)
By Gabriel Nazareth September 2015
Revealing City Road, Cardiff (Design Studio 2 - Public Realm & Detailed Urban Design)
By Gabriel Nazareth, June 2015
Barbican, London: Redevelopment Project (Design Studio 1 - Neighbourhood Scale)
By Gabriel Nazareth, December 2014
2. 1 2
Scale 1:2500
0 25 75 175
Cardiff Gate Retail Park
Cardiff Gate
Business Park
Heol Park
Pontprennau Park
Pontprennau
St Mellons
1
2
3
4
5
‘Water Sensitive Urban Design’ - Masterplan
‘The Wooden Jetties’ / ‘Dipping Platforms’
The River Rhymney is considered a key destination for visitors and resi-
dents. The wooden jetties provide a platform for interacting with water
and reconnecting people with this dynamic element.
‘Wild Swimming (Wetlands)’
Natural swimming pools provide a vibrant habitat for species to flourish.
Purification chemicals are not required as the animals and plants con-
dition the water. This provides opportunities for a hygenic and inexpen-
sive environment for swimming.
A pump circulates the
water within the pool for
oxygenation
The use of plants and
stones to filter the water
(regeneration zone)
Swimming zone is seperated from teh
regeneration zone. The pool usually has
Use of diving platforms and wooden
board walks to access the pool.
‘The Meadows’
A lush green landscape with a variety of native
welsh trees. Provides active evapotranspiration of
water as well as mitigating against noise pollution
from the M4
‘Respecting the setting of existing buildings’
Appropriate landscaping has been used to enhance and preserve the setting of
existing buildings
‘Central Fountain Park’
Grand water fountain located at the high-
est point of the site for all to see. Visible
along key green corridors. Provides noise
mitigation against loop road creating a
tranquil environment.
‘Retained Mature Trees’
Provides a natural landmark aiding legei-
bility and encloses the large park. Provides
shelter from rain and also shade in the
summer for users.
Retained large mature trees,
shading in the summer and
enclosure of large NEAP.
Series of street planters which
fill with water in heavy periods
connected with an underlain
perforated pipe enhancing water
quality and aamenity standards.
Green roofs / roof garden - inter-
cepting high levels of precipita-
tion. Sensitive roof material and
valuable amenity space.
Native species used in
raingardens to support
local biodiversity
Re-established existing wa-
tercourse making it a visible
element in the landscape
Use of native vegetation and
reed beds supporting wildlife
and existing habitat areas.
Shallow swales for easy
maintanence and area
for relaxing or playing
Wide footpaths for
ease of access to green
and blue networks
‘Water Sensitive Urban Design’ Research Based Design Project - MA Urban Design
How can urban design be used to influence the quality of suburban residential developments through an integrated approach to
sustainable water management?’
Figure 1.6 SWM Plan (Management Train)
Existing Watercourse /
Waterbody
Catchment 1 (Highest
Point)
Catchment 4 (Steep slope
12%)
Flood Risk Area
Source Control
Catchment 5 (Riverside low
points)
Catchment 2 (Flat)
Key
The SWM plan has been developed in response the research finidings of this project. The site
charactersitics have been based on both development and topographical features which have
provided. A series of water management control measures have been used in accordance with the
‘Toolkit’ developed in Chapter 4; Part 2.
Catchment 6 (Isolated
hamlet)
Catchment 3 (Sloping valley
to existing watercourse)
Site Control
Regional Control
Swale
Overflown Conveyance
/ Channels
Source Control Flow Paths
Potential SuDS Landscape
to mitgate flood risk from
future development
Existing Ditch / Hedgerow
(Natural Conveyance Measure)
Flow Control Chamber
Controlled Discharge
Surface Water Flow Direction
Existing Piped Drainage
Piped Crossing
Potential Area For Future
Development
Author
(Not to Scale)
Compensatory Storage Swale (mit-
igate flooding of components such
as wetlands and ponds in flood risk
areas) - see Appendix 3 for further
details.
1 in 100 year
1 in 50 year
1 in1000 year
Detention Basin
Retention Pond
Large Detention Basin
Large Tiered Weland
Detention Basin
Detention Basin
Retention Pond
Retention Pond
Retention Pond
Disconnected
downpipes
Sustainable Water Management Plan (SWMP)
Source Control
Site Control
Regional Control
Disconnected
downpipes
Open Gutters /
Channels / Rills
Permeable
Surfaces
Rain
Garden
Water
Butts
Tree Pits /
Street Planters
Swales
Retention Pond Detention Basin Filter Strips Bioretention
Retention Pond Detention Basin Wetlands
Natural Hedge-
row Ditches
Development Vision
...water games & play .......re-establishing connections to the river......... education..........wildlife ......fun............
Demonstrating the Potential of WSUD Through
Detailed Design
D
Fig 1.1 Masterplan
Fig 1.2 ‘Blue Street’ Visualisation
Fig 1.3 Influence of WSUD on Street Character
Fig 1.5 Functionality of Wild Swimming Ponds
Fig 1.4 Influence of WSUD on Street Character
E
Figure 1.8 ‘Riverside Courtyard’ Detailed Design
Figure 1.7 ‘Residential LAP’ Detailed Design
3. 3 4
St Cadoc’s
Primary School
Glan-Yr-Afon
Primary School
St Edeyrn’s Church
The Unicorn Inn (Pub)
Cardiff Gate Training and
Development Centre
Superstore
DIY Store
Restaurant
Carpet and Furniture
Outet
Restaurant
HotelCardiff Gate
Buisiness Park
St Mellon’s Church
St John’s
College
Recreational Facilities
(Golf Course)
Pharmacy & Medical Centre
Medical Centre
1
2
400m
Catchm
ent
400mCatchment
RiverRhymney
4
3
Pontprennau
St Mellons
Cardiff Gate
Retail Park
Cardiff Gate
Business Park
[Not to Scale]
M4
A48
Key:
Watercourse / Water body
Site Boundary
BeganRd
BridgeRd
Church Rd
Flood Risk Area
Poor Connections
Existing Pedestrian Crossing
Key Views / Vistas
Existing Bus Stops
Existing Hedgerows and Vegetation
Existing Trees
Existing PRoW / Green Links
Existing Habitat Areas
Key / Listed Buildings
Pylon
Gas / Easement Mains
TPO
TPO
TPO
TPO
TPO
TPO
TPO
TPO
TPO
Tree Preservation OrderTPO
Low Points
SNIC - Site of Nature Interest and Conservation
Site Constraints & Opportunities Site Context & Analysis
Figure 1.19 Land Use AnalysisFigure 1.18 Existing Green & Blue Network
Figure 1.20 Topography & Hydrography
Fig 1.9 Green & Blue Network
Heol Park
Cardiff Gate
Retail Park
NEAP
Cardiff Gate
Business
SNIC
SNIC
BeganRoad
Heol Park
Cardiff Gate
Retail Park
NEAP
Cardiff Gate
Business
SNIC
SNIC
BeganRoad
Heol Park
Cardiff Gate
Retail Park
NEAP
Cardiff Gate
Business
SNIC
SNIC
BeganRoad
Strategy 3 (Preferred)
Green & Blue Connections + North-South Linear Parks
Primary Green
Corridors
Low points / Water Bodies /
Multifunctional SuDS Space
Secondary
Green Corridors
Blue Corridors /
Streets
Existing Natural
Habitats
Green Open
Spaces
SNIC = Existing Site of
Nature Interest
and Conservation
Green / Blue corridor along
River Rhymney (extension of
Ryhmney Trail)
Establishing E-W connections
Extending green
corridor through SNIC along
existing PRoW
Green corridor along
existing PRoW to
neighbouring public
open spaces
Green / Blue corridor along
River Rhymney (extension of
Ryhmney Trail)
Establishing E-W connections
Extending green
corridor through SNIC along
existing PRoW
Green corridor along
existing PRoW to
neighbouring public
open spaces
Green / Blue corridor along
River Rhymney (extension of
Ryhmney Trail)
Establishing E-W connections
Extending green corridor
through SNIC down along
existing PRoW
Green corridor along
existing PRoW to
neighbouring public
open spaces
Green corridor landscape buffer
and new connection to River
Green corridor landscape buffer
and new connection to River
Green corridor landscape buffer
and new connection to River
Natural watercourse
collection point
St Mellons
Pontprennau
Pentw
yn
Rd
Heol Park
NEAP
Cardiff Gate
Retail Park
Cardiff Gate
Business
St Mellons
Pontprennau
Pentw
yn
Rd
Heol Park
NEAP
Cardiff Gate
Retail Park
Cardiff Gate
Business Park
Strategy 3 (Preferred)
Integrated network of attractions and landscapes
St Mellons
Pontprennau
Pentwyn
Rd
Heol Park
NEAP
Cardiff Gate
Training Centre
Cardiff Gate
Retail Park
Cardiff Gate
Business Park
Opportunity for
natural swimming
pool, fishing pond,
bird watching?
Opportunity for
water fountain in an idylic
setting under the shade of
trees. Workers, residents
and visitros can come
here to relax and unwind
listening to the sounds of
water trickling.
BeganRd
BeganRd
BeganRd
Low Point
Existing Stream
Flow of Attraction Water Fountain
Park Attraction
TPO / Mature Trees
Listed Buildings
Listed Buildings / Community
Facility Attractions
Multi-functional SudS
Waterscape Attraction
Existing Commercial
Cluster
Retail Attraction Attractions Links to
River Rhymney
Enhancing the
setting of the River
Rhymney through
multifunctionl
landscapes and
activity
Connecting
people with
water through
multifunctional
landscapes
Fig 1.10 Views & Attractions Fig 1.11 Pedestrian & Cycle Network
Existing Cycle Route
Strategy 3 (Preferred)- Establishing connections to water
St Mellons
Pontprennau
BridgeRd
ChurchRd
Pentw
yn
Rd
Heol Park
Proposed Cycle Route Cycle Friendly
Pedestrian NetworkFootbridge Subway Listed Buildings
NEAP
Cardiff Gate
Training
Cardiff Gate
Retail Park
Cardiff Gate
Business Park
BeganRd
St Mellons
Pontprennau
BridgeRd
ChurchRd
Pentw
yn
Rd
Heol Park
NEAP
Cardiff Gate
Training
Cardiff Gate
Retail Park
Cardiff Gate
Business Park
BeganRd
St Mellons
Pontprennau
BridgeRd
ChurchRd
Pentwyn
Rd
Heol Park
NEAP
Cardiff Gate
Training Centre
Cardiff Gate
Retail Park
Cardiff Gate
Business Park
BeganRd
Fig 1.14 Density & Views
Strategy - Adding value around focal points, green & blue networks
St Mellons
Pontprennau
BridgeRoadChurchRoad
Strategic Site F
CardiffCityCentre
High Medium Low
Attractive Views
M4
RTL
Neighbourhood
Centre
Sensitive Uses
Fig 1.12 Street Network
Strategy - Water flow & habitat orientated street network
St Mellons
Pontprennau
BridgeRoad
Church Road
Low Points Existing Habitats
RTL
Green
/ Blue Streets
Green / Blue Streets
Green / Blue Streets
Green / Blue Streets
Green / Blue Streets
Green / Blue Streets
Green / Blue Streets
Streets / Natural Flow Path
Fig 1.13 Sustainable Water Management (SWM) Concept
Strategy - Initial SuDS Concept
St Mellons
Pontprennau
BridgeRoad
Church Road
RTL
Potential SWM
/ Sports Pitch
for School
Waterscape /
SWM Landscape
Potential
Potential
multifunctional
SWM landscape to
mitigate surface
run-off from future
development at
Began Road
Existing Habitat Areas
Catchment 2 - Land falling towards river on a slightly steep gradient
Catchment 3 - Land falling towards existing stream and south west of the site
Catchment 4 - East of the the Floodplain
Catchment 1 - Highest point of the site and enclosed by St Julians Lane
Catchment 5 - High and flat point of the site
Main Swales / Conveyance Paths
Secondary conveyance / green corridors
Blue Corridiors
Low points and potential regional control areas
Fig 1.15 Sustainable Transport Loop
(Pedestrian, Cycle & Bus)
Strategy 1 (Preferred) - Wide loop
St Mellons
Pontprennau
BridgeRoadChurchRoad
Strategic Site F
CardiffCityCentre
Proposed Sustainable
Transport Loop’
Fig 1.16 Location of School & Neighbourhood Centre
Proposed school- 800m
catchment area
Existing school catch-
ment areas
Potential pedestrian
access to shcool along
PRoW
Existing access along
streets to school
Proposed location of
neighbourhood centre
Proposed location of
school
Strategy 1 (Preferred)- Clustered school and neighbourhood centre
St Johns
College
St Mellons
Pontprennau
BridgeRoadChurchRoad
Pentwyn
Rd
Multifunctional SuDS/
playing fields within
existing flood plain
Pontprennau
Research Based Design Project - MA Urban Design
STRATEGY GENERATION
Section A:A
Section B:B
Section C:C
Local landmarks
Key views and vistas
M4
ChurchRoad
Bridge Road
4 Mature Trees
Views from the M4
Source: Author
Views into the site
Long views across site
BeganRoad
1
2
3
Figure 5.22: View from west of the site from Began Road
Figure 5.21: View from west of the site from Began Road
2
Figure 1.17 Site Constraints & Opportunities
Figure 1.21 Landscape & Ecology Figure 1.22 View, Vistas & Landmarks
Design Evolution & Exploring Options
The masterplan has evolved through an ambition to create a high quality water sen-
sitive development which enhances the site’s setting and existing green and blue fea-
tures, in particular the River Rhymney and associated watercourses. The masterplan
has seeked to integrate lessons learn’t throughout this project in relation to sustain-
able water management.
Although various options have been explored, for the purposes of this research pro-
ject 3 key options have been chosen to highlight the design progression.
Initial Concept Design Option 1 Option 2 Option 3 - Preferred Option 3 Amended Preferred SWM Plan
4. 5 6
‘Revealing City Road, Cardiff’ - (Theme: Diversity)
Strategic Masterplan
Vision for Plasnewydd
Plasnewydd is a bustling hub of cultural interaction and exchange, bringing colour, vitality
and vibrant public spaces to life for all communities. It is a safe and green place. It is the heart
of Cardiff’s multicultural cuisine.
Art focal point
Chance for colour
Shop froint
Primary green link
Secondary green link
Existing open space for improvement
Inactive frontage
Areas for pop-up uses
Pop-up use corridor
Shop cluster
Cycle friendly route
Cycle route
Wider pavements
Shared surface
Traffic calming
Existing school
Exisiting intercultural space
Flexible space
Legibility Open Space
Land Use
Connectivity Cultural
Interaction
Relevant Strategies
Identifying underutilized spaces and focal points
as designated areas for public art within the wider
system of legibility.
Legibility
Using colour to help make streets legible.
Open Space
Connect open spaces with green links.
Focus design interventions in areas of
inactive frontage and poor natural surveil-
lance.
Encourage community
gardening spaces
Inclusive spaces with
street furniture and
facilities
Improve the existing open space
by animating and landscaping.
Land Use
Provide opportunities for pop-
up uses
Strengthen education cluster with similar or
complementary uses.
Strengthen the 24-hour night time economy
Connectivity
Reduce the impact of on-
street parking
Wider pavements and
narrow carriageway.
Introduce traffic
calming measures
such as crossings
and shared spaces.
Cultural Interaction
Identify existing
cultural interaction
spaces and create
a network of new
spaces.
Introduce flexible spaces that facilitate positive and meaningful interac-
tion among different cultural groups.
Cultural Interaction
Fig 2.3 1:100 Masterplan
Design Concept - ‘The Urban Living Room’
Social Corridor SocialSocial Pods Social Pods Social HubsSocial Hubs
The Urban
Living Room
Probelm: We now live in a world that is globally connected. Over the past decade, our social networks have changed; thanks in part
to technological innovation. Widespread use of mobile phones, laptops, games consoles and social media have changed the way we
meet, mix and maintain friendships. For some, too wired and more attuned to events and friends thousands of miles away than what
is happening right infront of their doorsteps.
Perhaps these technological changes are compelling us to withdraw from the physical world and undermining our true relationships?
Solution: According to Gehl (2015), public spaces should be considered as the living rooms of the city. Therefore, ‘The Urban Living
Room’ will form the public space used by different groups; a place where public life happens; and part of a community system. It is an
implied meeting place, gathering place and communicating place, which take place in outdoor area.
The concept is based around:
• Placemaking where seating, communicating and ‘play’ are at the forefront.
• Optimizing the space through transforming a dead space into a lively place in any time of the year, turning an non-function space
into a attractive destination.
• Generating opportunities for social interaction
Emergency Access
Bio-Diversity - Rain gardens & tree pits: increased water
retention, healthier vegetation and opportunity for
ecological diversity in the area.
HomeZone
HomeZone
PedestrianOnly
‘Social Hubs’ - Flexible pedestrian only space that
that can be used for local events throughout the year
as well as a meeting place for adults and children af-
ter school. Social hubs are designed as anchor points
drawing people through the site.
‘Social Pods’ - Provides a soft shell or plat-
form where social interaction can flourish. A
more defined space for meeting and stopping.
Social Corridor - a unifying element con-
necting the different focal points of the site
together seamlessly. A less ordered and
more active space providing an area for
informal activities to take place.
Public Art - the use of public art to re-activate
areas of the site in particular inactive facades
Entrances and traffic
calming - Clearly marked
homezone entrances
and measures to slow
vehicle speeds e.g.
visual barriers, change in
surface material.
Pod 1
Pod 2
Conceptual Diagram & Precedents
Fig 2.2 1:200 Masterplan
Fig 2.1 1:500 Masterplan
Design Studio 2 - MA Urban Design
Fig 2.0 Strategic Masterplan
5. 7 8
A day in the life of the
New Market Square
Exhibitions
Local Markets & Crafts
Seasonal
Design Concept - ‘The New Market Square’
1 2 3 4 5
Character Zones - spaces for more sedentary activities
Traffic calmingRe-connect entrances
to civic square
Pedestrian Only
Entrance
Multipurpose
Civic Square
‘The New Market Square’ will be an important open space addidtion to Plasnewydd Neighbourhood. It will pro-
vide a setting for a diveristy of events which will engage residents and visitors on a daily basis. The concept will
seek to complement the historic buildings around and enahance the overall image and identity of Plasnewydd.
The concept is based on traditional market square values and four overaching princples:
• The Square is left free from clutter for ease of movement and circulation
• A series of materials distinguishs the square from other areas of the scheme
• Sedentary activites occur primarily around the periphery of the square
The Four Principles:
1. Functionality – The Square should be designed to be used and enjoyed on a daily basis by workers, residents and visitors and
also to accommodate civic functions, festivals, celebrations and other special events.
2. Connectivity – As a central gathering space between other important destinations, the Square should facilitate and accentuate
pedestrian movement east-west and north-south and re-connect the historic buildings with the square.
3. Beauty – The Square should demonstrate excellence in landscape design, integrating hard and soft features and natural and
artistic elements to create a distinct and memorable place.
4. Green – The Square should be designed to use natural resources efficiently, enhancing more sustainable water management
and promote diversity of native species.
Keppoch Street
PlasnewyddRd
Mackintosh Community
Centre
The Gaiety
[Page Left Blank Intentionally]
Fig 2.4 New Market Square Concept Plan
(Source: Leicester.Gov)
One-Way
Through Route
Fig 2.5 1:500 Masterplan
Design Studio 2 - MA Urban Design
6. 9 10
Tate Modern
5.3 m/y
St. Pauls
2.1 m/y
Guildhall
0.03 m/y
Spitafields Market
1.3 m/y
Smithfield Market
1 m/y London Museum
0.43 m/y
Barbican Art Centre
1.8 m/y
10 minute walk
15 minute walk
Annual visitors in
millions
Predominant Street
Geometries
North - South
South-West
North-East
South-East
North-West
1
Cycle Parking / Hire
Bus Stops (Proportionate
to Frequency
High Pedestrian Flow
Med. Pedestrian Flow
Low Pedestrian Flow
Moorgate
Station
Liverpool St
Station
Farringdon
Station
Barbican
Station
Commercial
Office
Market Stalls & Waitrose
Smithfield Market
Mix small businesses,
restaurants & shops
e.g. Tesco
Mainly services /
office / small shops
Mixed use food /
office / residential
High street uses
Core of well known
shops / banks
St Giles Church
1. View looking east along Long Lane
2. View Looking south from Goswell
Road
3. View looking south along Golden Lane
4. View looking west along Chiswell
Streey
7. View along St Martin’s Le-Grand
Existing Nodes
Local Views In
5. View west along Forbe
Street
Fine Grain Blocks
Coarse Grain Blocks
Residential fine grain block
4-5 Storey
Residential fine grain block
5-6 Story & 11 Storey Free-
standing Blocks, lower private
amenity
Residential fine grain block
12 Storey Freestanding Block
Lower private amenity
Residential fine grain block
42 Storey Tall Building
Balcony, low private amenity
Coarse Grain Permiter Block
Office Development
7 Storey
Coarse Grain High Density
Residential Block with Central
Shared Private Open Space
Large Block
Existing School to the Eastern
Boundary
Coarse Grain Blocks
Mixed-Use (Retail/Resi)
1-2 Storey Retail 2-3 Resi
Arts
Music/
Theatre
Hotel
Culture
Commercial
Residential
Open Space
Tall Buildings
Mixed Use
Primary Road
Water
Pedestrian links /
protected views out
Green Corridor
Education
Conf
Total
PublicOpenSpace
PrivateOpenSpace
Parking
Listed
Hotel
Education
Recreation
Conference/ Art / Other
Retail
Commercial
Residential
Total
+30% (Built)
618,370 sq/m
Baseline (Built)
482,506 sq/m
Total
FlexibleSpace
Public Open Space
PrivateOpen Space
Parking
Listed
Hotel
Education
Recreation
Conference/ Art / Other
Retail
Commercial
Residential
0
5
10
15
20
25
30
35
40
45
50
1
2
3
4
56
7
8
9
Option 3 v1
Location of arts / culture
centre
Movement,connections
andlinkages
Location of tall
buildings
Public realm and open
space
Views, vistas,landmarks and
nodes
Privacy and high quality
living at high density
Assembly& orientation
of buildings / streets
Scale massing and land
use
Space and use attributes
The evaluations are based on a set of 9 core design principles in which 60%
increase in desntiy scored the highest: Optimum density increase = base-
line + 60% increase
Key design attributes achieved at 60%: High density that was responsive to
contextual massing and scale; retained a high level of privacy for residents
whilst ensuring adequate sunlight into courtyards/blocks; massing of blocks
was not overbearing on widths of streets; generous amounts of public realm
and open space; a network of direct and internally/externally well linked
routes; avoids wind prevailing street geomometries; acoustic privacy along
eastern boundary; integration of flexible and adaptable land uses.
Sensitive design consideration to reduce impacts of noise from
civic space on prime real estate: 10m wide water feature / canal to
provide initial buffer. Further 20m buffer strip lined with 5-6m high
trees to reduce noise levles and increase privacy.
Retail Civic Space
Step back 6m to allow ligh
penetration and increase
distance to residential
Large windows used to
increase light into building
and view out.
Storm water channel with seat-
ing - cools buildings naturally
and provides added value for
the public / private good.
Living wall (interesting
facade) and 80mm gap for
car parking ventialtion
Parking
Overhang / canopy to
provide shelter from mi-
croclimate - ‘Cafe culture’
Projected balconies to provide
rythem and and interesting
facade
Stone / brick plinth with high hedge
on top to obstruct views into ground
floor propoerties.
Ground floor raised above street lev-
el to provide natural surveillance
PrivatePublicPublic
8m wide storm water
channel, buffer from
busy spine / public
realm. Secondary water
feature for public /
private good.
‘Greenside Development’ places a strong emphasis on ecology and environmental sustainablity, following modern urban design principles
whilst maximising light and views of green spaces and water.
The site is split into two halves structured around a central spine running through the heart of the development linking the Arts Centre in
the south to Islington in the North. The spine is a 37m wide pedestrianised corridor which connects key transport nodes and public focal
points creating a natural focus for activity and commerce. The residential district to the north adjacent to the main spine follows a grid
structure with a semi-open block form, which allows for maximum light and views as well as providing visual permeability into courtyards
from the public realm. There are a series of low-rise untis along the periphery of the open blocks designated for families and the elderley
contributing to a more human scale environment. Most apartments have balconies or roof gardens which provides overlooking onto the
streets, waterfront, walkways and open spaces.
There are four distinct homzones with threads of smaller open spaces permeating E-W linking to a second green corridor running parrallel
with the main spinal axis. It is split into a sequence of landscaped spaces (Water Gardens; Roof top gardens; Linear Gardens; and Wood-
land Meadows) running from the southern ‘London Wall Gateway’ to the north of the site.
The south of the site is vibrant pedestriansed centre creating key links from key station entrances drawing visitors, residents and workers
into a large central public space overlooked by a series of high end real estate properties and mixed use blocks.
Bordeaux Cathedral, France
Hypar Pavillion, NY
Watersteps, Bristol
Brindley Place, BHM Finsbury Avenue Sq
Granary Square, Kings Cross
A 24 hour hour economy com-
prised of office blocks, residen-
tial high rise buildings and a
series of shops, cafes and bars.
The commercial square is bro-
ken down into a series of two
Two 2 storey bars / restaurants are
at the heart of the square giving the
space a more human scale. Used
by family’s and visitors for a spot of
lunch or taking businesses out on
lunch.
Predominantly hard landscaped for easi-
er maintenance. Pockets of large mature
trees enclose the space with a range of
seating arrangments overlooking the
church and quay.
Linear Gardens
Water garden concept: The sites aquatic history
has been worked into the new design. As you enter
the site from the london wall, the hard landscaped
space is animated by choreographed fountains.
Alongside you will find a series of wide steps lead-
ing down to a jetty jutting out into the quay. This is
the ideal spot to sit and watch the world pass by.
Linear Gardens Concept: A series of indigineous
vegetation and hedging landscaped in a linear
fashion to create a unique ecological experience
as you traverse the green corridor. Opportunity
for the local community and young people to
get involved in landscape gardening.
Woodland Meadows concept: At the northern tip of
the green corridor lies a dense patchwork of mature
trees and flower beds. This makes a great place for
children and visitors to explore an osais of flaura and
fauna. The woodland also acts as a buffer zone and
softens the edges of the development.
Point Plaza
A small intimate plaza with high pedes-
trian activity. Entrances from the con-
cert hall, conference centre and high
rise residential tower spill out onto the
plaza. Provides a direct link from White-
cross street markets and shops.
Greenside Quay - Masterplan
Serial Vision
‘Play Space’
Design Concept
‘Tranquil Space’ ‘Community Space’
Sky Garden concept: Two free standing buildings home to various
community facilities The inspiration came when such land uses
where to be integrated without consuming public space. The roof
became a new interface between public and private with an occupi-
able grass canopy over a glass pavillion restaurant and community
gym. The two buildings form a series of streets which vary in width
to allow for light penetration. The highest points overlook point
plaza.
Woodland Meadows
Axonometric Central Spine - Visualisation
Interfaces
Analysis, Design Objectives & Strategies
123m
Landmark/public art
Tall building lanmark
Gateway
Density Modelling & Configuration
Sep 12-00
Shadow Studies
Barbican, London: Redevelopment Project Design Studio 1 - MA Urban Design
Fig 3.0 Location of Arts & Conference Centre
Strategy
Fig 3.1 Street Network & Public Transport Analysis Fig 3.2 Street Network Strategy Fig 3.3 Green & Blue Network Strategy Fig 3.4 Legibility Strategy
Fig 3.7 Privacy & High Quality Development Fig 3.8 Views, Vistas and Landmarks Analysis Fig 3.9 Land Use Analysis Fig 3.10 Urban Tissue & Block Studies
Fig 3.5 Land Use Strategy Fig 3.6 Tall Buildings Strategy
Urban Design Framework
7. 11 12
Development Brief for the Land at Aberbargoed Plateau, Caerphilly
The site analysis together with the principles of good urban design, has shaped the Master Plan and its underlying design principles which are illustrated below. The Master
Plan illustrates how a high quality development of the site can be achieved. It is supported by strategies which set out the key aspects relating to movement, landscape
and development form.
Key Features of the Master Plan
A) Artwork and landform sculpture at a scale visible from Bargoed.
B) Improved access to Bargoed Woodland Park.
C) Secondary access point of Commercial Street catering for vehicles, pedestrians and
emergency access.
D) Key pedestrian and cycle connections to Aberbargoed.
E) Green area / woodland and existing footpath retained and upgraded providing a qual-
ity public realm and informal open space arrangement.
F) Integration of a multi-purpose ‘SUDS’ diverted along the existing culvert flowing east-
west across the site and depositing into the River Rhymney.
Aberbargoed Plateau Masterplan
An indicative landscaping strategy was produced to ensure the development at Aberbargoed Plateau
would respond sensitively to its setting and strategic contextual links in particular the Country Park abut-
ting the Western Boundary. The existing woodland and green area running along the western boundary of
the site will be retained as a principal landscape enclosure of public open space whilst providing a green
buffer between the development and existing properties on Pengham Road and Commercial Street. Where
appropriate new hedgerow and specimen tree planting will be incorporated adding a second level of land-
scape enclosure within the main development zone.
The extensive planting and native woodland as part of the landscaping of Bargoed Reclamation Scheme
shall be retained. This planting will be extended up into the housing development in places to provide
a strong contextual link between the new housing and Country Park. This will be extended along 3 key
streets permeating from Commercial / Pengham road through the site into the Country Park creating a
’Green Corridor’ concept providing and attractive and distinct streetscape.
A high quality public realm will be an integral part of the development. With the addition of an attractive
hierarchy of streets defined by hard/soft landscaping, there will be a network of informal and formal open
space providing a range of recreational facilities.
Landscaping Strategy
G) Provision of noise mitigation measures in the form of an acoustic barrier
of structural landscaping to avoid impacts from the adjacent Bowen Industrial
Estate.
H) Primary vehicular access of the A4049 Roundabout.
I) Landmark apartment blocks 3-4 storeys.
J) Retained landscaping and structural planting to soften edges of the develop-
ment and creating a strong contextual link with the Country Park.
K) Landform sculpture and viewing platform maximising views across the
valleys.
L) Formal open space provision & Multi-Use games area.
M) Link Aberbargoed through the sites ‘Green Corridors’ into the Country
Park.
The purpose of this Development Brief was to provide potential developers with clear guidance in the development of the site at Aberbargoed Plateau, and to set out a framework against which proposals will be considered. The aim was to ensure a high standard
of design creating local distinctiveness throughout the site. The allocation of this site as identified in the Caerphilly CBC Local Development Plan, has reduced the need to release Greenfield land for development and will contribute to the level and range of hous-
ing available in the ’Heads of the Valleys Regeneration Area’. The site represents a unique opportunity to develop a relatively flat area of land in an area characterised by sites that generally have a fairly challenging topography. Therefore the development at Aber-
bargoed Plateau for housing is a fundamental part of the regeneration of the Greater Bargoed area which has experienced only limited private sector development in the past. Below is a contextual analysis that has been carried out at the wider and local scale to
ascertain the key design considerations.
• Creation of green corridors to link from the existing woodland.
• Existing watercourses to remain open and ponds retained.
• Maximise prominent viewing points and distant views across Bargoed.
• Introduce key landmark features and development with interesting and varying roofscape.
• A network of open space / foot cycle routes to encourage an active and healthy lifestyle.
• A legible development to help encourage walking and cycling.
Design Considerations:
• Respect the existing residential uses and impact of Bowen Industrial Estate on Development.
• Accommodate existing ‘berms’ / footpaths within the development.
• Promote sites permeability through potential secondary access off Commercial Street.
• Ensure slope stability.
• Ensure greater connectivity between any new open space incorporated into the development
and the existing Country Park.
Aberbargoed Plateau Development Brief
BSc City & Regional Planning, Final Year Research Proposal
8. 13
The above visualisations / presentation board was used at a public consultation evening held at Northampton Community Hall. The completed model gave the design team and public alike, the ability to view any
area along the Spine Road at any viewpoint. This presented an opportunity for the public to discuss any particular areas of concern such as positioning of buildings, use of landscaping and highways issues. The ben-
efit of the 3D visualisations allowed the public to be able to interpret the information better than through the use of two dimensional plans and photographs. As a result, this lead to a more informative discussion
about the proposal providing the designers with a constructive dialogue of feedback.
Proposed Development, East of Wootton Fields, Northampton
Fig 5.0 Main street route visualisations (By G Nazareth)
Masterplan (By Urban Design Team)
14
Proposed Development at London Road, Buckingham
Fig 5.1 Main square Fig 5.2 Main square visualisations
The above plans and illustrations form part of a wider detailed planning application to Aylesbury Vale District Council for the proposed development of 700 new dwellings. The housing styles within the main square are
Victorian/Edwardian pastiche and are reflective of the character and distinctiveness of Buckingham Town Centre, in particular Bristle Hill and School Lane. From discussions with Aylesbury Vale District Council and as per
agreed in the Design Code, the main square is surrounded by 3 storey buildings and the remainder 2 and 2.5 storeys to create a sense of prominence and enclosure. The square is also characterised by a central communal
parking area distinguished by granite sets/river washed cobbles and associated structural landscaping.
Fig 5.3 Street Scene
9. 15
Land North of Fields Road Wootton is a mixed-use development consisting of 600 dwellings, a new local centre, school and community building. From carrying out a character
evaluation during the early stages of the design process, the majority of dwellings within Wootton are two storeys with pitched roofs and gables. As illustrated in the site sections
above, the proposed buildings are of two storey height with pitched roofs in keeping with the local building heights. Within the street scene, gable ends and double bay windows
are occasionally utilised as a means of providing varied external building front fenestrations and profile lines. This plan formed part of the Design and Access Statement to illus-
trate the proposed building forms within certain character areas of the development.
Fig 5.4 Site sections
Proposed Development Land North of Fields Road, Wootton